CNC Programmer at Component Repair Technologies
Mentor, OH 44060, USA -
Full Time


Start Date

Immediate

Expiry Date

01 Jul, 25

Salary

0.0

Posted On

02 Apr, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Power Tools, English, Assembly, Coding Experience

Industry

Mechanical or Industrial Engineering

Description

JOB SUMMARY

This position of CNC Programmer is responsible for the planning, development, programming, set-up, and operation of computer numerical controlled (CNC) machines for the machining of turbine engine components. The programming will generally be in the area of vertical and horizontal milling, turning and grinding. Mastercam and NC Plot software are the primary methods used in the development of repairs codes for CNC equipment programming.
Our customers are worldwide leaders in the fields of aerospace and marine industry sectors of turbine engine power. The final product must conform to the original equipment manufacturer (OEM) specifications.
This position is a part of a large Machining Department comprised of CNC VTL, Mill, Grind and Manual Mill and VTL, Tool & Die, R&D, CNC Programming and dedicated machinist trainers. The successful candidate will work alongside a team of experienced and professional machinists and process engineers that will allow for continuous interaction of techniques, skill knowledge, print reading and interpretation of technical drawings.
The position performs its primary functions in a climate-controlled and modern state-of-the-art facility.

REQUIRED QUALIFICATIONS

  1. Five plus years of experience in operating CNC Milling and/or Turning and/or Grind equipment. (Such as, but not limited to: Johnford DMC, VMC, BMC)
    a. Job shop type environment.
    b. MTO – made to order environment.
    c. First article experience.
  2. Five plus years of experience in creative problem solving on:
    a. Machine setups.
    b. Tooling.
    c. Fixturing.
  3. Firm understanding of:
    a. GD&T
    b. Critical dimensioning.
    c. Relationship between dimensions.
  4. Basic CNC Macro coding experience.

OTHER QUALIFICATIONS

  1. Technical high school diploma, machinist trade school or equivalent work experience.
  2. Familiar with shop math principles and basic trigonometry.
  3. Understanding timing or rotational values.
  4. General skills such as use of hand-held power tools, files, assembly, and disassembly.
  5. Read, write, speak, understand English, and be able to communicate with other employees.
Responsibilities
  1. Program and operate CNC machines in the machining of gas turbine engine components.
  2. Identify, develop, and create language and programs for CNC milling, turning, and grinding machines for the removal of material to achieve required dimensions prior to the application of coatings, after application of finish coatings, or to establish part features.
  3. Work with the Mastercam and NC Plot software to develop efficient and reliable CNC programming needs with process engineering and machinist input.
  4. Work from engineering drawings to plan, number, locate and direct the tool path.
  5. Develop and control new product programming procedures. For program development, this involves test running a piece and first piece inspection through program revisions.
  6. Test and evaluate completed CNC programming developed to ensure accuracy.
  7. Review current CNC programming to determine if changes or improvements are required, such as automation of current CNC programs and new product repair development.
  8. Document set-up information and set-up instructions to ensure a consistent quality of product repair.
  9. Assist in fixture and tooling design.
  10. Present findings and recommendations to applicable levels of the company.
  11. Participate in problem-solving and continuous improvement efforts. The position requires communication with engineers, training specialists, and other machinists to improve skill sets.
  12. Catalog and control program back-up procedure with the quality department.
  13. Dimensional accuracy may require the use of inspection gauges, comparator, micrometers, calipers, and miscellaneous hand tools.
  14. Accurately record findings on provided work instructions and documentation.
  15. Participate in problem-solving and continuous improvement efforts.
  16. From time-to-time, participate in the training process and offer expertise in the OJT program for various levels of machinist technicians.
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